METHOD FOR CONVERTING THE ROTATION OF A SOLID BODY INTO LINEAR TRACTION FORCE ACCORDING TO A DIRECTIONAL UNBALANCE PROCESS, AND DEVICES FOR REALISING THE SAME

摘要

The present invention uses the well-known phenomenon of unbalance of a rotating solid body that is wobbling and thus generating vibrations, wherein said unbalance is converted so that wobbling always occurs in one direction relative to the axis and that its pulses are levelled. The linear traction force is obtained during rotation of the body (1) from the addition of centrifugal force vectors from mobile loads (2) on said body (1) to reaction force vectors by a support (27). These force vectors are generated when the loads (2) move away from the axis (Ao) under the influence of their own inertia, and when they are brought towards the axis (Ao) using a force that is applied onto the body (1) and converted from the rotational force thereof. The loads (2) are rotated by the body (1) along an orbit (4) having its centre (A1) always moving in a constant direction relative to the rotation axis (Ao) of said body (1). The directional unbalance thus generated displaces the axis (11) of the body (1). This invention may be used for building aircraft or spacecraft of the "flying saucer" type as well as for new transport systems having properties never reached before, like those of "flying cars", while using traditional engines.